WO2011050696A1

WO2011050696A1 - System for energy on-site collection and measurement feedback

Info

Publication number: WO2011050696A1
Application number: PCT/CN2010/078018
Authority: WO
Inventors: 胡宵; 胡锦
Original assignee: Hu Xiao; Hu Jin
Priority date: 2009-10-29
Filing date: 2010-10-22
Publication date: 2011-05-05
Also published as: US20120208675A1; CN101699066A; US10112102B2; CN101699066B

Abstract

A system for energy on-site collection and measurement feedback, includes fitness equipment which can produce mechanical energy, generators, power meters, and energy storage batteries. Moving parts which are used in exercise are mounted on the fitness equipment, are connected with the generators and drive the generators; the generators are connected to the batteries through the power meters which measure the power production, and each of the power meters includes a bank card reader which has function of reading data and updating data. The power meters can count and display the energy generated by each person during each exercise time, and can summarize the energy value produced by the different equipment in the same site using a data processing host, so that the exercisers are promoted to raise their exercising interest and exercise constantly.

Description

Energy field collection and metering feedback system

[Technical Field]

The technical solution of the present invention relates to a system that can generate and measure electrical energy, and specifically relates to power generation and cumulative metering and capital feedback of fitness equipment.

【Background technique】

With the development of the times, people's life rhythm is getting faster and faster. In order to adapt to the requirements of modern life, they must have good physical quality. People also deeply understand the importance of scientific fitness. In recent years, in order to meet people's fitness. Demand, many residential areas have set up outdoor fitness equipment, outdoor fitness equipment has a wider range of applications. Outdoor fitness equipment plays a very good role in exercising, but most of the currently used fitness equipment, most of the fitness equipment only plays a fitness role, so that the chemical energy consumed by people during exercise is wasted. Some fitness equipment is also connected to the power generation device, but the power generated is not easy to accumulate in addition to the timely consumption; in particular, the benefits cannot be fed back to the exerciser himself.

[Summary of the Invention]

In order to provide a means of collecting the chemical energy consumed by people during exercise and converting it into usable energy while conducting benefit feedback, the present invention provides an on-site collection and metering feedback system with energy of scale effect.

The technical solution adopted by the present invention to solve the prior art problem is: an energy on-site collection and metering feedback system, including fitness equipment, generator, electric energy meter, and energy storage battery capable of generating mechanical energy, and the fitness equipment is provided There is a movable component for exercise, the movable component for exercising the fitness equipment is connected to the generator and drives the generator to generate electricity, and the generator is connected to the battery via the energy meter of the metered power generation, the electric energy meter Includes a bank card reader with the ability to read data and update data.

A preferred technical solution of the present invention is: further comprising a data processing host, wherein the bank card reader/writer of the power meter is a two-step working bank card reader/writer that registers and reads and writes.

A preferred technical solution of the present invention is: including a keyboard, the keyboard and the data processing host Connected; the interval between registration and reading and writing of the bank card reader is at least five minutes. A preferred technical solution of the present invention is: The data processing host connects the energy meter of all the fitness equipment of the exercise site.

A preferred technical solution of the present invention is: comprising a light-emitting device, the light-emitting device being connected to the battery, the light-emitting device being controlled by a switch.

The preferred technical solution of the present invention is as follows: the fitness equipment is a shoulder joint rehabilitation device, a double-position large wheel, a single-column double-position rotating wheel, a single-column riding machine, a double-position wave board, a treadmill, and an exercise machine.

A preferred technical solution of the present invention is: The generator is a direct current generator or an alternator. A preferred technical solution of the present invention is: The electric energy meter is provided with a display screen for displaying data. According to a preferred technical solution of the present invention, the battery is a replaceable battery, and the battery is provided with an alarm system for reporting fullness.

A preferred technical solution of the present invention is: The data processing host can be used to modify a password and query a specified user's energy storage amount and its corresponding amount of money.

The invention is provided with a light-emitting device controlled by a switch, such as a small light bulb, so that the small light bulb can be directly turned on during exercise at night, which brings convenience to the exercise person.

The electric energy meter is provided with a display screen for displaying data, and the total value of the electric quantity recorded by the bank card held by the exerciser can be directly read through the display screen, and the total value is the total electric energy generated by the exerciser through his own exercise. If the system is set in a cell, in some cases, some incentives can be set, such as the corresponding small gift according to the accumulation of the battery value.

The battery is a replaceable battery, and the battery is provided with an alarm system for reporting. When the battery is fully charged, it can be reminded by the alarm system, you can set the bell, etc., so that the fully charged battery is replaced in time.

The data processing host and keyboard can be used to modify the password and query the specified user's energy storage capacity and its corresponding amount of money. User-friendly management.

The invention also provides an on-site collection and metering feedback method for converting mechanical energy into electrical energy and converting the converted electrical energy into energy amount for storage, comprising the steps of: inserting the bank card into the electric energy meter The energy meter reads the amount of energy energy and the amount of energy in the bank card, and displays the amount on the display screen; the data processing host starts data statistics; the user starts to move; the generator will user The chemical energy of the movement is converted into electric energy; the data processing host converts the electric energy into the amount of electric energy and is charged into the user's bank card; determining whether the lighting device of the site is fully charged; if the electric energy of the lighting device is not full, The power is used to charge the lighting device of the venue; and if the power of the lighting device is full, The battery is charged in the battery. The invention has the beneficial effects that compared with the prior art, the energy collection and metering feedback system provided by the invention can collect the chemical energy consumed by people during exercise, and convert the mechanical energy into usable electrical energy by using the generator. The battery stores the electrical energy. The energy meter can calculate and display the energy generated by each exercise for each person, and can collect, display and feedback the energy values generated by different equipments of the same site by the data processing host according to different exercisers, which can promote the exercise. Increase your interest in exercise and exercise regularly.

[Description of the Drawings]

BRIEF DESCRIPTION OF THE DRAWINGS

Fig. 2 is a schematic view showing the structure of an on-site collection and metering feedback system for an energy based on an ankle.

Fig. 3 is a schematic view showing the structure of an on-site collection and metering feedback system of the present invention using a foot or an arm-based energy.

Figure 4 is a schematic illustration of the structure of a field collection and metering feedback system for a runner-based energy of the present invention.

Figure 5 is a schematic illustration of the structure of an on-site collection and metering feedback system for energy based on a puller of the present invention.

In Figures 2 to 5, the base 1, the bracket 2, the movable part 3, the generator 4, the battery 5, the transmission mechanism 6, the energy meter 7, and the data processing host 8.

Figure 6 is a flow chart showing the operation of the data processing host of the present invention.

7 is a flow chart of a method for on-site collection and metering feedback of energy of the present invention.

【detailed description】

The technical solution of the present invention will be described below in conjunction with the embodiments:

An energy field collection and metering feedback system includes a fitness device 10, a generator 20, an electric energy meter 30, a battery 40, a data processing host 60, a keyboard, and a light emitting device (such as a small light bulb), and the fitness device 10 is provided For the active part for exercise, the fitness equipment 10 can be a shoulder joint rehabilitation device, a double-position large wheel, a single-column double-position rotating wheel, a single-column riding machine, a double-position wave board, a treadmill, and an exercise machine. The exercise equipment 10 is not limited to the fitness equipment 10 listed above.

The movable part of the exercise device 10 is connected to the generator 20 and drives the generator 20 generating electricity (the generator 20 is a direct current generator 20 or an alternator 20), the generator 20 is connected to the battery 40, the battery 40 is a replaceable battery 40, and the battery 40 is provided for Full alarm system.

The electric energy meter 30 for metering the amount of power generation is connected between the generator 20 and the battery 40, and the electric energy meter 30 includes a bank card reader/writer having the functions of reading data and updating data. The bank card reader/writer of the electric energy meter 30 is a two-step working type or interval working bank card reader/writer which is registered and read and written first. The interval between registration and reading and writing of the bank card reader is at least five minutes. That is to say, when exercising, first use the identification card to read and write, start to prepare for measurement, and then read and write after the exercise is finished. The total energy generated by the exercise or the amount of the exchange can be stored in the card and accumulated. If the exercise time is less than five minutes, the measurement will be zero. If you forget to read and write the second card after exercise, this measurement will be ignored.

The power meter 30 is provided with a display screen for displaying data. The number of the electric energy meter 30

60 Energy meter 10 for all fitness equipment 10 connected to an exercise site. The keyboard is coupled to the data processing host 60. The data processing host 60 can be used to modify the password and query the amount of electrical energy stored by a single user.

The illuminating device is connected to the battery 40, and the illuminating device is controlled by a switch or not.

Generator 20 structure and working principle:

The generator 20 is typically constructed of components such as a stator, a rotor, an end cap, and bearings.

The stator consists of a stator core, a wire winding, a base, and other structural components that secure these sections.

The rotor consists of rotor core (or magnetic pole, magnetic 扼) windings, retaining ring, center ring, slip ring, fan and shaft.

The stator and the rotor of the generator 20 are assembled by the bearing and the end cover, so that the rotor can rotate in the stator to perform the movement of the cutting magnetic line, thereby generating an induced potential, which is led out through the terminal and connected to the circuit, and a current is generated. .

How the energy meter works:

When the electric energy meter is connected to the circuit under test, alternating current flows in the current line 电压 and the voltage line ,, and the two alternating currents respectively generate alternating magnetic fluxes in their cores; alternating magnetic The eddy current is induced in the aluminum disk through the aluminum disk; the eddy current is subjected to a force in the magnetic field, so that the aluminum disk is rotated (active torque) to rotate. The greater the power consumed by the load, the electricity through the current line The larger the flow, the larger the eddy current induced in the aluminum pan, and the greater the torque that causes the aluminum pan to rotate. That is, the magnitude of the torque is proportional to the power consumed by the load. The higher the power, the greater the torque and the faster the aluminum disk rotates. When the aluminum disk rotates, it is also subjected to the braking torque generated by the permanent magnet. The braking torque is opposite to the driving torque. The braking torque is proportional to the rotating speed of the aluminum disk. The faster the aluminum disk rotates, the braking torque is also The bigger. When the active torque and the braking torque reach a temporary balance, the aluminum pan will rotate at a constant speed. The power consumed by the load is proportional to the number of revolutions of the aluminum disk. When the aluminum pan rotates, the counter is driven to indicate the consumed electric energy. This is the single process of working with the energy meter.

When using the energy meter, be aware that at low voltages (not exceeding 500 volts) and low currents (several amps), the energy meter can be directly connected to the circuit for measurement. In the case of high voltage or high current, the energy meter cannot be directly connected to the line, and it needs to be used with a voltage transformer or a current transformer. For the electric energy meter directly connected to the line, select the appropriate specification according to the load voltage and current so that the rated voltage and rated current of the electric energy meter are equal to or slightly larger than the voltage or current of the load. In addition, the power consumption of the load should be more than 10% of the rated value of the electric energy meter, otherwise the measurement is not allowed. Even sometimes it does not move the aluminum pan at all. Therefore, the energy meter cannot be selected too large. If you choose too small, it is easy to burn the electric energy meter.

Battery 40:

It is one of the batteries. Its function is to store limited electric energy and use it in a suitable place. It works by converting chemical energy into electrical energy.

It uses a lead plate filled with sponge lead as a negative electrode, a lead plate filled with lead dioxide as a positive electrode, and 22 to 28% of dilute sulfuric acid as an electrolyte. When charging, electrical energy is converted into chemical energy, which is converted into electrical energy during discharge. When the battery is discharged, the metal lead is a negative electrode, which undergoes an oxidation reaction and is oxidized to lead sulfate; the lead dioxide is a positive electrode, and a reduction reaction occurs, and is reduced to lead sulfate. When the battery is charged by DC, the two poles produce lead and lead dioxide, respectively. After the power is removed, it returns to its pre-discharge state to form a chemical battery. The lead storage battery 40 is a battery that can be repeatedly charged and discharged, and is called a secondary battery. Its voltage is 2V, and three lead batteries 40 are usually used in series, and the voltage is 6V. The car uses six lead batteries 40 in series to form a 12V battery pack. The lead storage battery 40 is replenished with distilled water for a period of time to keep the electrolyte containing 22 to 28% of dilute sulfuric acid.

In practice, the typical working process of the energy collection and measurement feedback system of the present invention is as follows: The card exerciser enters the community exercise center and prepares to exercise in front of a treadmill. A power generating device is coupled to the rotating shaft of the treadmill, and the output of the power generating device is connected to the storage battery 40. Meanwhile, the output is also connected to a bank card reader/writer. The above-mentioned exerciser first inserts the bank card with the energy storage measurement feedback function into the bank card reader/writer connected to the treadmill, and the reader/writer automatically logs in, Identify the operation and then wait for further instructions. After the exerciser starts running, the treadmill moves, and its rotating shaft drives the associated generator 20 to generate electric energy, and immediately charges the battery 40. The charging process is measured by the electric energy metering and is converted into the current currency such as RMB at an interval of one minute per minute, and the reader/writer that is on standby is notified to write the bank card of the exerciser. This operation is cumulative for the original amount of RMB in the bank card.

When the above operation is run on a certain machine, taking into account the factors such as the preparation activity and trial operation of the exerciser, the first writing and accumulating operation of the card for the first login by the reader/writer is allowed to be performed after five minutes to reduce the malfunction. , to avoid invalid operations. In the case of a large number of facilities in the community fitness center, the number of invalid operations can be reduced, and the busy operation of the summary operation can be avoided at the current level and the higher-level center, and the system does not crash due to too many invalid data operations.

If an exerciser stops for the first time on a machine for less than five minutes, the system considers the record to be invalid. This is indicated in the agreement enabling the card and is approved by the card issuer and the cardholder. After the first time, the operation of accumulating and writing once per minute is feasible. In the end, less than one minute of accumulation is written once when the card is taken from the reader/writer. If you have a break during exercise, as long as you do not take the card, you will operate at one minute intervals.

In the fitness equipment, there are also exercise bikes, etc., which are all rotating in the same direction, which is the same as the operation of the above treadmill. In addition, there is also a type of exercise equipment such as a large reciprocating wheel that reciprocates in two directions in order to achieve the effect of twisting in the forging. An automatic inverter is additionally installed in front of the generator 20 connected to the main shaft. When the rotating wheel and the main shaft rotate in different directions, the main shaft of the generator 20 always moves in the same direction, ensuring that it is not wasted due to reverse movement. h

dagger.

Please refer to FIG. 6, which is a flowchart of the work of the data processing host 60 of the present invention. In step S100, the data processing host 60 is connected to the energy meter 30 of the plurality of fitness equipment 10, such as the energy meter 301, the power meter 302, the power meter 30n, etc., wherein the power meter 30 includes data and Bank card reader.

In step S102, when the user inserts the bank card into the energy meter 30, the data processing host 60 reads the amount of energy amount of the energy meter 30 through the bank card reader/writer.

In step S104, the data processing host 60 sequentially reads the data of the plurality of electric energy meters 30 every 5 minutes, the data being electric.

In step S106, the data processing host 60 sequentially converts the read energy energy into the amount of energy amount. In step S108, the data processing host 60 sequentially injects the amount of energy amount into the bank card of the user.

Please refer to FIG. 7 , which is a flow chart of the method for collecting and measuring the energy of the present invention. In step S200, the user inserts the bank card into the energy meter 30.

In step S202, the energy meter 30 reads the amount of energy energy and the amount of energy in the bank card and displays it on the display screen.

In step S204, the data processing host 60 starts data statistics.

In step S206, the user starts exercising.

In step S208, the generator 20 converts the chemical energy of the user's motion into electrical energy. In step S210, the data processing host 60 converts the energy energy into the amount of energy amount and charges it into the user's bank card.

In step S212, the data processing host 60 determines whether the lighting device of the venue is fully charged. If it is not full, the process proceeds to step S214, and the amount of power is used to charge the lighting device of the venue. If it is fully charged, the process proceeds to step S216 to charge the battery into the battery 40.

The above is a further detailed description of the present invention in conjunction with the specific preferred embodiments, and the specific embodiments of the present invention are not limited to the description. It is to be understood by those skilled in the art that the present invention can be delineated or replaced without departing from the spirit and scope of the invention.

Claims

Claim

1. An energy field collection and metering feedback system, comprising a fitness equipment capable of generating mechanical energy, a generator, an electric energy meter, and an energy storage battery, wherein: the fitness equipment is provided with a moving part for exercise, The movable component for exercising the fitness equipment is connected to the generator and drives the generator to generate electricity, and the generator is connected to the battery via the energy meter of the metered power generation, the electric energy meter includes a read data and an update. Data card bank reader.

2. The energy field collection and metering feedback system according to claim 1, further comprising: a data processing host, wherein the data of the power meter is transmitted to the data processing host by wireless or wired means; The bank card reader of the meter is a two-step working bank card reader that registers and reads and writes.

3. The energy field collection and metering feedback system of claim 2, comprising: a keyboard, said keyboard being connected to said data processing host; said bank card reader/writer registration and reading and writing interval At least five minutes.

4. The energy field collection and metering feedback system of claim 2, wherein: the data processing host is connected to the energy meter of the plurality of fitness equipment of the exercise site, and can be used to modify the password and query the power of the designated user. The amount of storage and its corresponding amount of money.

The on-site collection and metering feedback system for energy according to any one of claims 1 to 4, comprising: a light-emitting device, wherein the light-emitting device is connected to the battery, and the light-emitting device is controlled by a switch. .

6. The energy field collection and metering feedback system according to claim 1, wherein: the fitness equipment is a shoulder joint rehabilitation device, a double large revolver, a single column double rotation wheel, and a single column health riding machine. , double wave board, treadmill, exercise bike.

7. The energy field collection and metering feedback system of claim 1 wherein: said generator is a direct current generator or an alternator, said power meter being provided with a display screen for displaying data.

8. The energy field collection and metering feedback system of claim 1 wherein: said battery is a replaceable battery, said battery being provided with an alarm system for reporting.

9. An on-site collection and metering feedback method for converting mechanical energy into electrical energy and converting the converted electrical energy into an energy amount for storage, characterized by comprising the steps of: inserting the bank card into the electrical energy metering In the device;

The energy meter reads the amount of energy energy and the amount of energy in the bank card, and displays On the display screen;

The data processing host starts to perform data statistics;

The user starts exercising;

The generator converts chemical energy of motion of the user into electrical energy;

The data processing host converts the energy energy into a quantity of the electric energy and charges the user's bank card;

Determining whether the lighting device of the venue is fully charged;

If the power of the light emitting device is not full, the power is used to charge the light emitting device of the venue;

If the power of the illuminating device is full, the battery is charged into the battery.

10. The method of claim 9, wherein the data processing host converts the energy energy into an amount of energy and charges the user's bank card into the following steps:

The data processing host is connected to an energy meter of a plurality of fitness equipment such as an electric energy meter 1, an electric energy meter 2, an electric energy meter n, and the like, wherein the electric energy meter comprises data and a bank card reader/writer;

The data processing host reads the amount of electric energy of the electric energy meter through the bank card reader/writer;

The data processing host sequentially reads data of the plurality of electric energy meters every 5 minutes, wherein the data refers to electric energy energy;

The data processing host sequentially converts the read energy energy into a quantity of electric energy; and

The data processing host sequentially injects the amount of energy amount into the bank card of the user.